public MinionPosition clone()
{
MinionPosition minPos = new MinionPosition();
minPos.board = board;
minPos.pathPosition = pathPosition.clone();
return minPos;
}
public MinionPosition clone()
{
MinionPosition minPos = new MinionPosition();
minPos.board = board;
minPos.pathPosition = pathPosition.clone();
return(minPos);
}
public Vector3 getWorldPosition(MinionPosition minionPosition)
{
Board board = minionPosition.board;
Vector3 point = getLocalPosition(minionPosition.pathPosition);
float Deg2Rad = (float) (Math.PI/180.0f);
float posX = (float) (point.x * Math.Cos(Deg2Rad * board.rotation.y*-1) - point.z * Math.Sin(Deg2Rad * board.rotation.y*-1));
float posZ = (float) (point.x * Math.Sin(Deg2Rad * board.rotation.y*-1) + point.z * Math.Cos(Deg2Rad * board.rotation.y*-1));
return new Vector3(posX, point.y, posZ) + board.position;
}
public Vector3 getWorldPosition(MinionPosition minionPosition)
{
Board board = minionPosition.board;
Vector3 point = getLocalPosition(minionPosition.pathPosition);
double angle = Deg2Rad*board.rotation.y*-1;
float sin = (float) Math.Sin(angle);
float cos = (float) Math.Cos(angle);
float posX = point.x * cos - point.z * sin;
float posZ = point.x * sin + point.z * cos;
return new Vector3(posX, point.y, posZ) + board.position;
}